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Observation of the Earth and Its Environment: Survey of Missions and Sensors - encuadernado, tapa blanda
1996, ISBN: 9783540609339
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1996, ISBN: 9783540609339
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1996, ISBN: 9783540609339
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Observation of the Earth and Its Environment: Survey of Missions and Sensors - encuadernado, tapa blanda
ISBN: 9783540609339
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Observation of the Earth and Its Environment: Survey of Missions and Sensors - encuadernado, tapa blanda
1996, ISBN: 9783540609339
Springer, Hardcover, Auflage: 3rd enlarged ed. 960 Seiten, Publiziert: 1996-04-04T00:00:01Z, Produktgruppe: Book, Verkaufsrang: 10607413, Automotive, Transport, Reference, Subjects, Books… Más…
Kramer, Herbert J.:
Observation of the Earth and Its Environment: Survey of Missions and Sensors - encuadernado, tapa blanda1996, ISBN: 9783540609339
Springer, Gebundene Ausgabe, Auflage: 3rd enlarged ed. 992 Seiten, Publiziert: 1996-04-04T00:00:01Z, Produktgruppe: Buch, 2.9 kg, Maschinenbau, Ingenieurwissenschaften, Fachbücher, Katego… Más…
Observation of the Earth and Its Environment: Survey of Missions and Sensors - encuadernado, tapa blanda
1996
ISBN: 9783540609339
Hardcover, Gebraucht, sehr guter Zustand, 100% satisfaction guaranteed! We ship quicklySatisfaction Guaranteed. Please contact us with any inquiries. We ship daily., [PU: Springer]
Observation of the Earth and Its Environment: Survey of Missions and Sensors - encuadernado, tapa blanda
1996, ISBN: 9783540609339
Hardcover, Access codes and supplements are not guaranteed with used items. May be an ex-library book., Gebraucht, guter Zustand, [PU: Springer]
Observation of the Earth and Its Environment: Survey of Missions and Sensors - encuadernado, tapa blanda
ISBN: 9783540609339
Hardcover. Good. Access codes and supplements are not guaranteed with used items., 2.5
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Detalles del libro - Observation of the Earth and Its Environment: Survey of Missions and Sensors
EAN (ISBN-13): 9783540609339
ISBN (ISBN-10): 3540609334
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Año de publicación: 1996
Editorial: Springer
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ISBN/EAN: 3540609334
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Autor del libro: herbert kramer
Título del libro: observations, observation the earth and its environment
Datos del la editorial
Autor: Herbert J. Kramer
Título: Observation of the Earth and Its Environment - Survey of Missions and Sensors
Editorial: Springer; Springer Berlin
960 Páginas
Año de publicación: 1996-04-04
Berlin; Heidelberg; DE
Impreso en
Peso: 1,340 kg
Idioma: Inglés
85,55 € (DE)
87,95 € (AT)
106,60 CHF (CH)
Not available, publisher indicates OP
BB; Book; Hardcover, Softcover / Geowissenschaften/Geografie; Geographische Informationssysteme (GIS) und Fernerkundung; Verstehen; Earth Oberservation; platform; remote sensing; environment; Sensor; Service; Erdbeobachtung; Fernerkundung; Earth Observation; Geographical Information Systems/Cartography; Earth and Environmental Science; C; Ecotoxicology; Engineering, general; Automotive Engineering; Waste Management/Waste Technology; Waste Water Technology / Water Pollution Control / Water Management / Aquatic Pollution; Umweltwissenschaften, Umwelttechnik; Biochemie; Ingenieurswesen, Maschinenbau allgemein; Fahrzeugbau; Kfz-Handwerk; Abfallwirtschaft; Abfallverwertung und -entsorgung; Wasserversorgung und -aufbereitung; Energiewirtschaft und Versorgungsunternehmen; BB; BC; EA; SA
Foreword to the 2nd Edition.- Foreword to the 3rd Edition.- A Survey of Spaceborne Missions and Sensors.- A.1 ACE (Advanced Composition Explorer).- A.2 ACTIVE (AKTIVNY-IK).- A.2.1 Subsatellite Magion-2 (C2-AK).- A.3 ADEOS (Advanced Earth Observing Satellite).- A.4 ADEOS-II (Advanced Earth Observing Satellite-II).- A.5 AEM-2 (Applications Explorer Mission-2).- A.6 ALEXIS (Array of Low Energy X-Ray Imaging Sensors).- A.7 ALMAZ Program.- A.7.1 COSMOS-1870.- A.7.2 ALMAZ-1.- A.7.3 ALMAZ-1B.- A.8 ALOS (Advanced Land Observing Satellite).- A.9 AMPTE (Active Magnetosphere Tracer Explorers).- A.9.1 IRM Instrumentation (Sensors).- A.9.2 UKS Instrumentation (Sensors).- A.9.3 CCE Instrumentation (Sensors).- A.10 APEX (Active Plasma Experiment).- A.10.1 APEX Subsatellite (Magion-3) Scientific Payload.- A.11 ARGOS (Data Collection System).- A.12 ASTRID-1.- A.13 ATLAS.- A.14 CBERS (China/Brazil — Earth Resources Satellite).- A.15 CHAMP (Challenging Minisatellite Payload).- A.16 CLUSTER (Four S/C Mission in Concert with SOHO).- A.17 Commercial Remote Sensing Imaging Satellites.- A.17.1 CRSS (Commercial Remote Sensing System).- A.17.2 EarlyBird.- A.17.3 QuickBird.- A.17.4 Resource21.- A.18 CORONAS-I.- A.18.1 PHOTON.- A. 19 CRRES (Combined Release and Radiation Effects Satellite).- A.20 Dynamics Explorers (DE-1 and DE-2).- A.20.1 DE-1 Instruments (High Altitude Mission).- A.20.2 DE-2 Instruments (Low Altitude Mission).- A.21 DMSP (Defense Meteorological Satellite Program).- A.21.1 DMSP Data Availability — Visible and Infrared Imagery.- A.22 EGS (Experimental Geodetic Satellite, Ajisai).- A.23 EOS (Earth Observation System).- A.23.1 EOS Mission Elements.- A.23.1.1 EOS/AM-1 Satellite.- A.23.1.2 EOS/PM Series.- A.23.1.3 EOS SAGE III Series.- A.23.1.4 EOS Radar ALT Series.- A.23.1.5 EOS Laser ALT Series.- A.23.1.6 EOS CHEM Series.- A.23.1.7 EOS Special Missions.- A.23.2 EOS Instruments.- A.23.3 EOSDIS (EOS Data and Information System).- A.23.4 MTPE (Mission to Planet Earth).- A.24 Equator-S.- A.25 ERBS (Earth Radiation Budget Satellite).- A.26 ERS-1 (European Remote-Sensing Satellite).- A.27 ERS-2.- A.28 E-SAT System.- A.29 ETALON.- A.30 EURECA (European Retrievable Carrier).- A.30.1 EURECA-1 Mission.- A.31 EXOS (Exospheric Observations).- A.31.1 EXOS-A (Kyokko).- A.31.2 EXOS-B (Jikiken).- A.31.3 EXOS-C (Ohzora).- A.31.4 EXOS-D (Akebono).- A.32 FAISAT (Final Analysis Inc. Satellite).- A.33 FAST (Fast Auroral Snapshot Explorer).- A.34 Fengyun-1.- A.34.1 Fengyun-1C and -1D.- A.35 Fengyun-2.- A.36 FORTE (Fast On-Orbit Recording of Transient Events).- A.37 FREJA.- A.38 GEMINI.- A.39 GEO-IK.- A.40 GEOS (GEOstationary Satellite).- A.40.1 GEOS-1.- A.40.2 GEOS-2.- A.41 GEOS-3 (Geodynamics Experimental Ocean Satellite).- A.42 GEOSAT (Geodetic/Geophysical Satellite).- A.43 GFO-1 (Geosat Follow-On Program).- A.44 GEOTAIL.- A.45 GFZ-1 (GeoForschungsZentrum-1 Geodesy Satellite).- A.46 GLONASS.- A.47 GPS (NAVSTAR-GPS).- A.47.1 Availability of GPS/GLONASS Systems.- A.47.2 GPS Applications.- A.47.3 GPS Tensor.- A.47.4 IGS (International GPS Service for Geodynamics).- A.47.5 CIGNET.- A.47.6 DGPS.- A.47.7 Future of GPS/GLONASS Services.- A.48 GMS (Geostationary Meteorological Satellite).- A.48.1 GMS Data Collection System (DCS).- A.49 GOMS (Geostationary Operational Meteorological Satellite).- A.49.1 Radio Complex for Data Collection, Transmission and Relay.- A.50 GP-B (Gravity Probe B Relativity Mission).- A.51 HCMM (Heat Capacity Mapping Mission).- A.52 IMP-8 (International Monitoring Platform).- A.53 INSAT.- A.54 INTERBALL.- A.54.1 “Auroral Probe” Sensors.- A.54.2 “Tail Probe” Sensors.- A.55 IRS-1A (Indian Remote Sensing Satellite).- A.55.1 IRS-1B.- A.55.2 IRS-1C/1D.- A.55.3 IRS-1E (P1).- A.55.4 IRS-P2.- A.55.5 IRS-P3.- A.56 ISEE (International Sun-Earth Explorer).- A.56.1 ISEE-1 and -2 Mission.- A.56.2 ISEE-3 Mission.- A.57 JERS-1 (Japanese Earth Resources Satellite).- A.58 LAGEOS-I (Laser Geodynamics Satellite).- A.58.1 LAGEOS-II.- A.59 LANDSAT.- A.59.1. Landsat-6.- A.59.2 Landsat-7.- A.60 LDEF (Long Duration Exposure Facility).- A.61 LFC (LARGE FORMAT CAMERA).- A.62 Lewis and Clark Missions.- A.62.1 Lewis S/C.- A.62.2 Clark S/C.- A.63 LITE (Lidar In-Space Technology Experiment).- A.64 MAGSAT.- A.65 MAPS (Measurement of Air Pollution from Satellites).- A.66 METEOR-1 Series.- A.67 METEOR-2 Series.- A.68 METEOR-Priroda Series.- A.69 METEOR-3 Series.- A.70 METEOR-3M Series.- A.71 METEOSAT.- A.71.1 Meteosat Data Collection System (DCS).- A.71.2 Meteosat DCP Retransmission System.- A.71.3 MOSAIC.- A.71.4 MSG (METEOSAT Second Generation).- A.72 Microlab-1.- A.73 MIR-1 Orbital Station.- A.74 MOMS-01.- A.75 MOMS-02.- A.76 MOS (Marine Observation Satellite).- A.77 MSX (Midcourse Space Experiment).- A.78 NIMBUS.- A.79 NOAA-GOES.- A.79.1 NOAA-GOES Data Collection System (DCS).- A.79.2 NOAA-GOES SEM Instruments.- A.79.3 NOAA-GOES Second Generation.- A.80 NOAA-POES.- A.80.1 Planned POES series of NOAA.- A.80.2 ARGOS on NOAA-POES Satellites.- A.80.3 S&RSAT on NOAA-POES Satellite Series.- A.81 ODIN.- A.82 OKEAN-O.- A.82.1 Experimental Cosmos Program.- A.82.2 OKEAN-O1 Operational Series.- A.82.3 OKEAN-O Series.- A.83 Orbcomm Satellite System.- A.84 Ørsted.- A.85 POEM (Polar Orbit Earth-Observation Missions).- A.85.1 ENVISAT-1.- A.85.2 METOP-1.- A.86 POLAR.- A.87 PRARE Tracking System.- A.88 PRIRODA.- A.89 RADARSAT.- A.90 RESURS-F.- A.91 RESURS-O.- A.92 SAC-B (Satélite de Applicaciones Científicas).- A.93 SAFIR.- A.94 Salyut Space Station.- A.95 SAMPEX (Solar Anomalous and Magnetospheric Particle Explorer).- A.96 SAN MARCO D/L.- A.97 SCD1 (Satélite de Coleta de Dados).- A.97.1 SSR1.- A.98 SEASAT.- A.99 SeaStar.- A.100 Shuttle EO Imaging Cameras.- A.100.1 Shuttle Film Camera Systems.- A.101 SIR-A (Shuttle Imaging Radar).- A.102 SIR-B.- A.103 SIR-C/X-SAR.- A.104 SKYLAB Space Station.- A.105 SME (Solar Mesosphere Explorer).- A.106 SMM (Solar Maximum Mission).- A.107 SOHO (Solar and Heliospheric Observatory).- A.108 SOLAR-A (Yohkoh).- A.109 Spacelab-1.- A.110 Spacelab-3.- A.111 SPOT (Système Pour l’Observation de la Terre).- A.111.1 Spot-3.- A.111.2 Spot-4.- A.111.3 Spot-5A and 5-B.- A. 112 SSBUV (Shuttle Solar Backscatter Ultraviolet Spectrometer).- A.113 Starlette.- A.114 Stella.- A.115 STARSYS.- A. 116 STEDI (Student Explorer Demonstration Initiative).- A.116.1 SNOE (Student Nitric Oxide Explorer).- A.116.2 TERRIERS.- A.116.3 CATSAT (Cooperative Astrophysical and Technology Satellite).- A.117 TEMISAT (Telespazio MicroSatellite).- A. 118 TIMED (Thermosphere, Ionosphere, Mesosphere Energetics and Dynamics).- A.119 TOMS Missions.- A.119.1 TOMS-EP.- A.119.2 TOMS/NSCAT on ADEOS.- A.120 TOPEX/Poseidon.- A.120.1 DORIS.- A.121 TPFO (TOPEX/Poseidon Follow-On).- A.122 TRACE (Transition Region and Coronal Explorer).- A.123 TRMM (Tropical Rainfall Measuring Mission).- A.123.1 ATMOS Program of Japan.- A.124 TUBSAT (Technical University of Berlin Satellite).- A.124.1 TUBSAT-A.- A.124.2 TUBSAT-B.- A.124.3 DLR-TUBSAT.- A.125 UARS (Upper Atmosphere Research Satellite).- A.126 Ulysses.- A.127 UoSAT/SSTL Microsatellite Missions.- A.127.1 UoSAT-1 (University of Surrey Satellite-1).- A.127.2 UoSAT-2.- A.127.3 UoSAT-3 (HealthSat-1).- A.127.4 UoSAT-4.- A.127.5 UoSAT-5.- A.127.6 KITSAT-1 (Korea Institute of Technology Satellite).- A.127.7 S-80/T.- A.127.8 HealthSat-2.- A.127.9 PoSAT-1 (Portuguese Satellite).- A.127.10 KITSAT-2.- A.127.11 CERISE.- A.127.12 FASat-Alfa (Fuerza Aerea Satellite — Alfa).- A.127.13 UoSAT-12.- A.127.14 TMSAT (Thai Microsatellite).- A.128 Viking.- A.129 WIND.- B Survey of Airborne Sensors.- B.1 AAHIS (Advanced Airborne Hyperspectral Imaging Spectrometer).- B.2 AAMAS (Aircraft-borne Automatic Mass Spectrometer).- B.2.1 TQMS (Triple Quadrupole Mass Spectrometer).- B.3 Aerosol Experiment.- B.4 AES (Airborne Emission Spectrometer).- B.5 AHSTRA (Airborne Heterodyne Spectrometer THz Astronomy).- B.6 AIMR (Airborne Imaging Microwave Radiometer).- B.7 AIMS-1000 (Airborne Imaging Mapping and Surveillance System).- B.8 AirCam.- B.9 AIRDAS (Airborne Disaster Assessment System).- B.10 AIRSAR (Airborne SAR).- B.10.1 TOPSAR (Interferometric Radar Topographic Mapping Instrument).- B.11 AIS (Airborne Imaging Spectrometer).- B.12 AISA (Airborne Imaging Spectrometer for different Applications).- B.13 ALAS (Airborne Laser Altimeter System).- B.14 ALF (Airborne Laser Fluorosensor).- B.15 ALIAS (Aircraft Laser Infrared Absorption Spectrometer).- B.15.1 ALIAS-I on ER-2 Aircraft.- B.15.2 ALIAS-II on Perseus Aircraft.- B.16 ALPS (Airborne Laser Polarization Sensor).- B.17 ALTM (Airborne Laser Terrain Mapping).- B.18 AMMR (Airborne Multichannel Microwave Radiometer).- B.19 AMMS (Airborne Microwave Moisture Sounder).- B.20 AMPR (Advanced Microwave Precipitation Radiometer).- B.21 AMPS (Airborne Multisensor Pod System).- B.21.1 Sony DXC-750 3-CCD Video Camera.- B.21.2 Wild RC30 Large Format Camera.- B.21.3 AGEMA Thermal Imager.- B.21.4 Sandia SAR.- B.21.5 COHU 5560 Low Light Camera.- B.21.6 CASI (Compact Airborne Spectrographic Imager).- B.21.7 AMS (Airborne Multispectral Scanner).- B.21.8 EGS (Echelle Grating Spectrometer).- B.21.9 AC-ITMS (Air Concentrator-Ion Trap Mass Spectrometer).- B.21.10 TTS (Target Tracking System).- B.21.11 AKS (Aerial Krypton Sampler).- B.21.12 R-TARAC (Real-Time Airborne Radionuclide Analyzer and Collector).- B.22 AMSOS (Airborne Millimeter & Submillimeter-wave Observing System).- B.23 AMSS MK-II (Airborne Multi-Spectral Scanner).- B.24 AOL (Airborne Oceanographic Lidar).- B.25 APDOR-95 (Airborne Polarimetric Doppler Radar).- B.26 APE (Airborne Polar Experiment).- B.26.1 SAFIRE-A (Spectroscopy of the Atmosphere w. FIR Emission — Airborne).- B.26.2 ARIAS (Airborne Remote-Sensing & In-Situ Aerosol Measuring System).- B.26.3 GASCOD (Gas Absorption Spectrometer Correlating Optical Differences).- B.26.4 ABLE (Airborne Lidar Experiment).- B.26.5 MAL (Micro-Joule Airborne Lidar).- B.26.6 ECOC (Electrochemical Ozone Cell).- B.26.7 FLASH (Fluorescent Airborne Stratospheric Hygrometer).- B.26.8 ACH (Aircraft Condensation Hygrometer).- B.26.9 ACAP (Airborne Counter of Aerosol Particles).- B.26.10 FOZAN (Fast Ozone Analyzer).- B.26.11 COPAS (Condensation Particle Detection System).- B.27 ARES (Airborne Remote Earth Sensing).- B.28 ARGUS (Two-Channel Atmospheric Tracer Instrument).- B.29 ARL (Airborne Raman Lidar).- B.30 ARMAR (Airborne Rain Mapping Radar).- B.31 ASAS (Advanced Solid-State Array Spectroradiometer).- B.32 ATHOS (Airborne Tropospheric Hydrogen Oxide Sensor).- B.33 ATLAS (Airborne Tunable Laser Absorption Spectrometer).- B.34 ATLAS (Airborne Terrestrial Applications Scanner).- B.35 Atmospheric Measurements on Commercial Airline Flights.- B.35.1 MOZAIC (Measurement of Ozone by Airbus In-Service Aircraft).- B.35.2 ACORN.- B.35.3 CARIBIC.- B.35.4 ASE (Automatic Air-Sampling Equipment).- B.36 ATSS (Airborne Terrain Survey System).- B.37 AVIRIS (Airborne Visible/Infrared Imaging Spectrometer).- B.38 AWI Sensors.- B.38.1 PS100EL Laser Altimeter.- B.38.2 AWSR (Airborne Water Substance Radiometer).- B.39 B-Flux (Boundary-Layer Flux System).- B.40 CAESAR.- B.41 CALS (Cloud and Aerosol Lidar System).- B.42 CAMS (Calibrated Airborne Multispectral Scanner).- B.43 CAR (Cloud Absorption Radiometer).- B.44 CARABAS (Coherent All Radio Band Sensing).- B.45 CASI (Compact Airborne Spectrographic Imager).- B.46 Cast Eyes.- B.47 Chinese Airborne Instruments.- B.47.1 CIS (Chinese Imaging Spectrometer).- B.47.2 AMS (Airborne Multispectral Scanner).- B.47.3 TIMS (Thermal Imaging Multispectral Scanner).- B.47.4 Prototype Scanner.- B.47.5 MAIS (Modular Airborne Imaging Spectrometer).- B.47.6 CASSAR (Chinese Academy of Sciences SAR).- B.48 CHOPPY (Chopped Pyrgeometer).- B.49 CHRISS (Compact High Resolution Imaging Spectrograph Sensor).- B.50 CNC (Condensation Nucleus Counter).- B.51 CRL Radar/Radiometer.- B.52 CRL-SAR (Communications Research Laboratory — SAR).- B.53 C-SCAT (C-Band Scatterometer).- B.54 C-STAR (Conically-Scanning Two-Look Airborne Radiometer).- B.55 CVI (Counterflow Virtual Impactor).- B.56 C/X-SAR.- B.57 Daedalus Instruments (Digital Multispectral Scanner).- B.57.1 ATM (Airborne Thematic Mapper).- B.57.2 Analog Bispectral Instruments.- B.57.3 Analog and Digital Bispectral/Multispectral Instruments.- B.57.4 AOCI (Airborne Ocean Color Imager Spectrometer).- B.57.5 AMS (Airborne Multispectral Scanner).- B.57.6 TIMS (Thermal Infrared Multispectral Scanner).- B.57.7 Wildfire.- B.57.8 MIVIS (Multispectral Infrared and Visible Spectrometer).- B.57.9 MAS (MODIS Airborne Simulator).- B.57.10 AHS (Airborne Hyperspectral Scanner).- B.57.11 ADC (Airborne Digital Camera).- B.58 DARMS (Digital Aerial Right-of-Way Monitoring System).- B.59 Deimos.- B.60 DLR Lidar Instruments.- B.61 DMSV (Digital Multi-Spectral Video).- B.62 DOAS (Differential Optical Absorption Spectroscopy).- B.63 DOE Airborne Instruments in ARM Program.- B.63.1 MPIR (Multispectral Pushbroom Imaging Radiometer).- B.63.2 CDL (Cloud Detection Lidar).- B.63.3 HONER (Hemispherical Optimized Net-flux Radiometer).- B.63.4 UAV-AERI (UAV Atmospheric Emitted Radiance Interferometer).- B.64 DO-SAR (Dornier SAR).- B.65 DPA (Digital Photogrammetric Assembly).- B.66 DRA-SAR (Defense Research Agency SAR).- B.67 Dual Polarized 37 GHz Radiometer.- B.68 DUTSCAT (DUT Airborne Radar Scatterometer).- B.69 EDOP (ER-2 Doppler Radar).- B.70 ELDORA/ASTRAIA.- B.71 EMIRAD (Electromagnetics Institute Radiometer).- B.72 EMISAR (Electromagnetics Institute SAR).- B.73 ER-2 High-Altitude Aircraft Program.- B.74 ERASME (Etude Radar des Sols et des Mers).- B.75 ERIM Airborne Instruments.- B.75.1 M-7 (Mapper Multispectral Testbed).- B.75.2 P-3/SAR (ERIM/Navy Sensor).- B.75.3 DCS (Data Collection System).- B.75.4 IFSARE (Interferometric SAR for digital terrain elevation data).- B.76 EROS Digital Imagery and Photographic Products.- B.76.1 Airborne Science and Applications Program (ASAP).- B.77 E-SAR (Experimental SAR).- B.78 E-SLAR (Experimental Side-Looking Airborne Radar).- B.79 ESMR (Electronically Scanned Microwave Radiometer).- B.80 ESTAR (Electronically Steered Thinned Array Radiometer).- B.81 FAST.- B.82 FIRS-2 (Far Infrared Spectrometer).- B.83 FISH (Fast In-Situ Stratospheric Hygrometer).- B.84 FLASH (FOA Laser Airborne Sounder for Hydrography).- B.85 FLI (Fluorescence Line Imager).- B.86 FOLPEN (Foliage Penetration VHF Impulse SAR).- B.86.1 GPR (Ground Penetrating Radar).- B.87 FTVHSI (Fourier Transform Visible Hyperspectral Imager).- B.88 Geophysika M-55 Stratospheric Aircraft.- B.89 GER Corporation Instruments.- B.89.1 AAS (Airborne ASTER Simulator).- B.89.2 DAIS-2815 (Digital Airborne Imaging Spectrometer).- B.89.3 DAIS-7915 (Digital Airborne Imaging Spectrometer).- B.89.4 DAIS-16115 (Digital Airborne Imaging Spectrometer).- B.89.5 GER-63 Channel Scanner.- B.89.6 DAIS-3715 (Digital Airborne Imaging Spectrometer).- B.90 Harvard Atmospheric Chemistry Instruments.- B.90.1 OH/HO2 Instrument.- B.90.2 ClO/BrO Instrument.- B.90.3 H2O Instrument.- B.90.4 O3 Instrument.- B.90.5 CIONO2 Instrument.- B.90.6 NO/NOy Instrument.- B.90.7 CO2 Instrument.- B.91 HELISCAT (Helicopter Scatterometer).- B.92 HIS (High-Resolution Interferometer Sounder).- B.93 HUT (Helsinki University of Technology) Instruments.- B.93.1 HUTRAD (Helsinki University of Technology Radiometer).- B.93.1.1 Nonimaging Subsystem of HUTRAD.- B.93.1.2 Imaging Subsystem of HUTRAD.- B.93.2 HUTSCAT (Helsinki University of Technology Scatterometer).- B.93.3 HUTSLAR (HUT Side-Looking Airborne Radar).- B.93.4 MINISCAT.- B.94 HYDICE (Hyperspectral Digital Imagery Collection Experiment).- B.95 IFSAR (Interferometric SAR).- B.96 IKI RAN Airborne Sensors.- B.96.1 NIT (Side-looking Airborne Real Aperture Radar).- B.96.2 MKF-6 (Multispectral Camera).- B.96.3 NAMR (Nadir-looking Airborne Multichannel Radiometer).- B.96.4 Delta-K Spectrometer.- B.96.5 IKIRAD (IKI Radiometer).- B.96.6 K-Band Dual-frequency Atmospheric Radiometer.- B.96.7 Multipolarization K- and Ka-Band Polarimeters.- B.97 INGARA (Australian Airborne Imaging Radar System).- B.98 ISM (Infrared Imaging Spectrometer).- B.99 Japanese Airborne Sensors in the TRMM/ADEOS-II Programs.- B.99.1 AMR (Airborne Microwave Radiometer).- B.99.2 AMSS (Advanced Multi-Spectral Scanner).- B.99.3 CAMPR (CRL Airborne Multiparameter Precipitation Radar).- B.100 LAC (Large Area Collector).- B.101 LARSEN (Airborne Scanning Lidar).- B.102 LASAL (Large Aperture Scanning Airborne Lidar).- B.103 LASE (Lidar Atmospheric Sensing Experiment).- B.104 LEAF (Laser Environmental Airborne Fluorosensor).- B.105 LEANDRE.- B.106 LFS (Laser Fluorosensor).- B.107 Leica RC30 (Aerial Camera System).- B.108 LIP (Lightning Instrument Package).- B.109 MACAWS (Multi-Center Airborne Coherent Atmospheric Wind Sensor).- B.110 MAMS (Multispectral Atmospheric Mapping Sensor).- B.111 MARA (Multimode Airborne Radar Altimeter).- B.112 MARSS (Microwave Airborne Radiometer Scanning System).- B.113 MASP (Multiangle Aerosol Spectrometer Probe).- B.114 MCR (Multispectral Cloud Radiometer).- B.115 MEIS (Multi-detector Electro-optical Imaging Sensor).- B.116 MERES (Multifrequency Radiometer for Remote Sensing of the Sea Surface).- B.117 MIPAS (Michelson Interferometer for Passive Atmospheric Sounding).- B.117.1 MIPAS-LM (Laboratory Model).- B.117.2 MIPAS-B (MIPAS Balloon).- B.117.3 MIPAS-B2.- B.117.4 MIPAS-FT (Flugzeug Transall).- B.117.5 MIPAS-STR (MIPAS STRATO).- B.118 MIR (Millimeter-Wave Imaging Radiometer).- B.119 MIRACO2LAS (Mid-IR Airborne CO2 Laser Spectrometer).- B.120 MIRAS (Microwave Imaging Radiometer with Aperture Synthesis).- B.121 MIROR (Michelson Interferometer with Rotating Retroreflector).- B.122 MISI (Modular Imaging Spectrometer Instrument).- B.123 MITE (Megapixel Imaging Technology Camera System).- B.124 MkIV (Mark-IV Interferometer).- B.125 MMS (Meteorological Measurement System).- B.126 MMW-SAR (Millimeter Wave SAR).- B.127 MOBY (Marine Optical Buoy).- B.128 MSS (Maritime Surveillance System).- B.128.1 SLAR (Side-Looking Airborne Radar).- B.128.2 IR/UV (Infrared/Ultraviolet System).- B. 128.3 MWR (Scanning Microwave Radiometer).- B.128.4 Camera (Photographic Camera System).- B.128.5 Video (Video Camera System).- B.128.6 THERMO (Thermal Radiometer).- B.129 MTP (Microwave Temperature Profiler).- B.130 MTS (Millimeter-Wave Temperature Sounder).- B.131 MUSIC (Multi-Spectral Infrared Camera).- B.132 NAILS (NCAR Airborne Infrared Lidar System).- B.133 NAPP (National Aerial Photography Program).- B.134 NASAR-1 (NASDA Airborne SAR-1).- B.135 NASIC (NASA Aircraft — Satellite Instrument Calibrator).- B.136 NCARNOX (NCAR NOx Chemiluminescent Sensor).- B.137 NCAR Electra Aircraft Instrumentation.- B.138 NEC-SAR (NEC Corporation SAR).- B.139 NOAA/AOC Airborne Program.- B.139.1 NOAA WP-3D Doppler Radar System.- B.139.2 Scan Strategies of TDR.- B.139.3 ASDL (NOAA Aircraft Satellite Data Link).- B.139.4 ODW (Omega Dropwind Sonde).- B.139.5 NOAA P-3 Infrared Radiometers.- B.139.6 AXBT (Air Expendable Bathythermograph).- B.140 NOAL (NOAA Ozone Airborne Lidar).- B.141 NPL Instruments.- B.141.1 FTS (Fourier Transform Spectrometer).- B.141.2 TDLHS (Tunable Diode Laser Heterodyne Spectrometer).- B.142 NS001 (Thematic Mapper Simulator).- B.143 NUSCAT (Airborne Ku-Band Scatterometer).- B.144 OLS (Oceanographic Lidar System).- B.145 OVID (Optical Visible and Near-Infrared Detector).- B.146 PBMR (Pushbroom Microwave Radiometer).- B.147 PERSEUS (Unmanned High-Altitude Research Aircraft).- B.148 PHARUS (PHased ARray Universal SAR).- B.149 PMS (Particle Measuring Systems Inc.) Instruments.- B.150 PMS (Portable Multichannel Spectrometer).- B.151 POLDER (Airborne Instrument).- B.152 PORTOS.- B.153 PRIRODA Airborne Instruments.- B.154 RACS (Rotating Antenna C-Band Scatterometer).- B.155 Radius (Microwave Radiometer).- B.156 RAMS (RAdiation Measurement System).- B.157 RAMSES (Radar Aéroporté Multi-Spectral d’Etude des Signatures).- B.158 RENE.- B.159 RESSAC (Radar pour l’Etude du Spectre des Surfaces par Analyse Circulaire).- B.160 RMK (Reihenmeßkammer — Metric Camera).- B.161 ROSIS (Reflective Optics System Imaging Spectrometer).- B.162 ROWS (Radar Ocean Wave Spectrometer).- B.163 R-SLAR (RRL-SLAR).- B.164 SABL (Scanning Aerosol Backscatter Lidar).- B.165 SASAR (South African SAR).- B.166 SB-RAS Airborne Instruments.- B.166.1 MAKREL-2 Lidar.- B.166.2 Svetozar-3 Lidar.- B.166.3 M2M (Makrel-2 Modified).- B.167 SFSI (SWIR Full Spectrographic Imager).- B.168 SHOALS (Scanning Hydrographic Operational Airborne Lidar Survey).- B.169 SILVACAM (Real-time False Color CCD Video Camera).- B.170 SLAR (Side-Looking Airborne Radar, NLR).- B.171 SMIFTS (Spatially Modulated Imaging FTS).- B.172 SRI Lidar Systems.- B.172.1 ALPHA-1, -2 (Airborne Lidar Plume and Haze Analyzer).- B.172.2 RFUV (Raman, Fluorescent and UV-DIAL Lidar).- B.173 SSTR (Sea Surface Temperature Radiometer).- B.174 STAR (Sea-Ice and Terrain Assessment Radar).- B.175 STRATO 2C (Piloted High-Altitude Research Aircraft).- B.176 SUMAS/ASUR/RAL-Sensor (Submillimeter Radiometers).- B.177 Sunphotometer.- B.177.1 HIRAASS (High Resolution Airborne Autotracking Sun Spectrometer).- B.178 THOMAS (THz OH Measurement Airborne System).- B.179 TOPOSYS (Scanning Laser System).- B.180 TRWIS (TRW Imaging Spectrometer).- B.181 TSCC (Tilt Scan CCD Camera).- B.182 TU-134A (Tupolev Flying Laboratory).- B.182.1 SIR (Scanning Infrared Radiometer).- B.182.2 IMARC (Imaging Multifrequency Airborne Radar Complex).- B.182.3 AFA-41/10 (Aerial Foto Apparatus).- B.183 UMMCI.- B.184 VIFIS (Variable Interference Filter Imaging Spectrometer).- B.185 VIRL (Visible and near Infrared Lidar).- B.186 VIS (Video Imaging System).- B.187 WAOSS (Wide-Angle Optoelectronic Stereo Scanner).- B.187.1 WAOSS (Spaceborne Version).- B.187.2 WAOSS (Airborne Version).- B.187.3 WAAC (Wide-Angle Airborne Camera).- B.188 WHiRL (Wide-angle High-Resolution Line-imager).- B.189 WINDRAD (Wind Radiometer).- B.190 WIS (Wedge Imaging Spectrometer).- C Reference Data and Definitions.- C.1 Definitions, Concepts, Summaries.- C.1.1 Remote Sensing across the Electromagnetic Spectrum.- C.1.2 Types and Classes of Remote Sensors and Sensing Data.- C.1.3 Some Aspects of Radiometric Instrument Calibration.- C.1.4 Correction/Calibration Methods for Sensor Data.- C.1.5 Imaging Systems in the Visible and IR Spectra.- C.1.6 Resolution (for Visible and Infrared Imagery).- C.1.7 Multispectral Scanners.- C.1.8 Imaging Spectrometers.- C.1.9 Passive Radiometry.- C.1.10 Active Radiometry.- C.1.10.1 Types of Radar Sensors.- C.1.10.2 SAR Terminology and Definitions.- C.1.10.3 SAR Imaging Modes.- C.1.10.4 Looks, Speckles and Radiometric Resolution of SAR Images.- C.1.10.5 Lidars (Laser-Based Remote Sensing).- C.1.11 Fourier Transform Spectrometer (FTS).- C.1.12 Summary of Microwave Tracking Systems.- C.2 Orbital Terminology in Remote Sensing.- C.2.1 Sun-synchronous Orbit.- C.2.2 Geosynchronous Orbit.- C.2.3 Repeat Coverage or Temporal Resolution.- C.2.4 Some Orbit Selection Requirements.- C.2.5 Lagrangian Points.- C.3 Observational Scales in Modeling.- C.4 Summary of World Data Centers (WDCs).- C.5 Committee on Earth Observation Satellites — CEOS.- C.6 Bits and Pieces.- C.6.1 Store-and-Forward (S&F) Systems.- C.6.2 Space Shuttle Mission Chronology.- C.6.3 Frequency Designations.- C.7 Solar Wind and the Magnetosphere — An Introduction.- Appendix A Survey of Campaigns.- Appendix A.1 Campaigns.- Appendix A.2 International Research Programs.- Appendix A.2.1 International Geosphere-Biosphere Programme.- Appendix A.2.2 World Climate Programme.- Appendix B Glossary.- Appendix C Acronyms and Abbreviations.- Appendix D Index of Sensors.The book provides an inventory of different sensor systems (airborne and spaceborne) currently in operation, projected for the near future and those that played a significant role in the recent past.
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